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I received my MA in philosophy of science many years ago and currently reviving my academic interests. I hope to stimulate individuals in the realms of science, philosophy and the arts...to provide as much free information as possible.

Friday, October 25, 2013

A 28 ton bank vault door at Iron Mountain repository

Circa 1960. Two employees carry Claude Monet’s “Boating on the River Epte” through the vault door to the entrance of the Iron Mountain storage facility.

"The Many Lives of Iron Mountain"

by

Joshua Rothman

October 23rd, 2013

The New Yorker

If you’ve ever wondered where it all goes—printouts, photocopies, purchase orders, meeting minutes, invoices, correspondence, training manuals, personnel files, audit reports, PowerPoint decks, tax returns, financial statements, contracts; all the stuff, in short, that your company produces and is often required, by law, to keep—your answer might be a decommissioned Hudson Valley iron mine called Iron Mountain. “The Mountain,” as employees sometimes refer to it, is a storage facility for a Boston company, also called Iron Mountain, that is one of the most successful document-storage firms in the United States.

On most weekdays, a fleet of trucks and couriers collects materials from offices and delivers them to Iron Mountain’s facilities—there are more than a thousand of them worldwide—where they are stored, in some instances, for decades. Factor in non-paper records, such as audio tapes and data cartridges, and it’s a huge business. Last year, Iron Mountain had a little more than three billion dollars in revenue. Considered all together, its facilities may house one of the largest repositories of records in the world.

The Mountain was Iron Mountain’s first facility; it opened in 1951. Today, the vast majority of the firm’s storage is above-ground, in warehouses, hangars, and nondescript office buildings, but documents still make their way almost daily to Germantown, New York, a quiet village a few miles from the Hudson River. The trucks follow an untrafficked country road lined with apple orchards, eventually reaching the mine, which is set far back from the road, behind a tall, white façade that gives it the look of an old dockside warehouse.

This summer, when I visited, two men met me at the entrance: Bill Mesick, a solidly built man with a matter-of-fact demeanor, and Randy Crego, who is tall and voluble. Both of them had worked beneath the Mountain for decades before taking management positions above ground. (Mesick oversees two underground facilities; Crego is the general manager of Iron Mountain’s New York territory.) They led me through the façade’s front door and into a surprisingly normal-looking office, with cubicles, a conference room, and a fancy coffee machine. The mine, Crego said, was “like an ant farm,” with two hundred and twenty-five individually locked vaults, each with its own combination, on seven underground levels. Today, the former mine functions as a premium facility for Iron Mountain’s most demanding clients—usually clients who want to store “vital” records or objects, things that are irreplaceable or secret.

Documents arrive through the facility’s neatly-organized loading dock. Chet Smith, a soft-spoken Iron Mountain veteran, sat at a workstation, affixing bar codes to a stack of cardboard boxes, inspecting a padded case full of laboratory slides, and managing a database of the Mountain’s contents. Most of the time, Smith explained, he has only the vaguest idea of what the boxes contain. (“This one,” he said, pointing to the slides, “is tissue samples—that’s all I know.”) But he knows the mine itself by heart. After working there for thirty-five years, Smith has memorized “about eighty per cent” of the vault’s combinations. “Our customers,” Crego told me later, “would die for an employee like Chet Smith: look at that longevity, that loyalty.” Along with security clearances and background checks, long-term employees are one way that Iron Mountain insures security.

Today, the Mountain is filled, in large part, with colorless corporate documents. But it wasn’t always so. As we walked farther inside, toward the vaults, Mesick told me about the nineteen-seventies and eighties, when the firm safeguarded interesting objects with intrinsic value. The Mountain has stored musical instruments, valuable antiques, and celebrity memorabilia. One client, “Madame X,” was an anonymous art collector. Once a year, she’d visit with a curator, lay out a spread of wine and cheese, and admire her paintings underground. Later, Mesick and Crego pointed out an old photograph: it shows two men carrying Monet’s “Boating on the River Epte” through the mine’s interior entrance, a bank-vault door weighing twenty-eight tons.

That door is still installed—a single person can move it, but just barely—and as we passed through it the air grew noticeably cooler, and a vast, roaring sound drowned out our footsteps. This was the sound, Crego explained, of the industrial-strength dehumidifiers that dry out the damp interior of the mine. Inside, the facility is immaculate. The corridors, which trace long, angled shapes and sometimes slope up or down, are freshly painted. The vaults, which line the corridors, are numbered and color-coded. You can sense the original outlines of the iron mine in today’s odd, sprawling floor plan. Mesick and Crego opened up a few of the vaults. One, which belonged to a county government, held endless drawers of birth and death certificates. Another was empty except for two large, slightly sinister freezers: one contained D.N.A. samples, while the other, empty, served as a backup for the first. At the end of a long hallway, a lonesome room contained a small data center; another room nearby held records from East River Savings Bank, Iron Mountain’s first customer. Some of those records had been deposited during the Truman Administration; E.R.S.B. now belongs to a much larger bank.

Aside from the whoosh of the ventilation and the echoes of our voices, it was perfectly silent. Mesick and Crego had both worked security in the Mountain as younger men—a guard goes on a solo walk through the whole facility every two hours—and they agreed that it could get “spooky” down there. (“You hear sounds that you don’t want to hear,” Crego said—perhaps rocks falling on the roof. “It’s like, What was that? I don’t know, and I don’t know if I want to!”) Half-century-old photographs show security guards standing in the same doorways, walking the same halls. In the sixties and early seventies, Mesick said, people sometimes slept in the mine: it contained fallout shelters, built and maintained by Iron Mountain for executives from Exxon, Shell, and other big companies. One especially elaborate shelter, he said, had sixty-five hotel rooms, each with a private bath, and a large cafeteria with a commercial kitchen; in the mid-century-modern bedrooms, curtains obscured the concrete. According to Mesick, in the event of nuclear war, some executives, along with their families, would have been evacuated by helicopter from New York City. “They’d hired local folks to tend to them, to cook for them, to clean for them,” Mesick told me. “Their idea was to wait out the storm while the debris and radioactivity were going on overhead—then they were going to come out and sell oil to everyone who was left.” Every now and then, Mesick recalled, the executives would run a “live exercise”—essentially, they’d come and hang out for the weekend. Even though he had thought the plan “a little strange,” he was grateful for the shelter’s protection. Had war broken out, he might have brought in his own family. “We’re a lot closer to this facility than those executives were,” he pointed out, “and I’ve got the key to this place.”

There are corners of the mine, meanwhile, where you can see even older layers of history. One stairway, marked NOT AN EXIT, led to an unfinished, cavern-like area, where the air smelled of old rock and fresh water. According to Iron Mountain’s corporate history, in the nineteen-thirties and forties, the company’s founder, a German-American entrepreneur named Herman Knaust, took advantage of the mine’s darkness and moisture, and grew mushrooms in it. At that time, his company, Knaust’s Cavern Mushrooms, may have been the largest producer of mushrooms in the world, and Knaust was widely known as “the mushroom king.” (In 1944, The New Yorker wrote about Knaust’s mushroom caves in an article called “A Strange Place to Be Growing Things.”) Knaust moved into the storage business only when, after the Second World War, American mushroom growers started losing ground to scrappy competitors from Europe and Asia. He brought a flair for publicity to his new company, which he called Iron Mountain Atomic Storage. Knaust purchased the twenty-eight-ton bank-vault door from a bankrupt bank in Ohio—he paid a dollar for the door, and twenty thousand to ship it—because he thought it gave the mine a Fort Knox atmosphere. He hired a dozen ex-cops, armed them with Colt .45s, and stationed them as guards. He put in an underground generator because, he told the Wall Street Journal, “If we got into an atomic war, we might need that power.” He made boastful but accurate predictions, telling the Journal, “This business will mushroom.”

Before that, Mesick and Crego told me, in the nineteenth century, iron from the mine had been used to make horseshoes. During the Civil War, it was made into canons and cannonballs. Out in the cave, there were signs of the mine’s original life. Rust-colored chunks of ore, dark and irregular, jutted from the walls.

* * *

It’s hard to say what Iron Mountain might look like a half-century from now. Over the past few decades, two factors have driven the company’s rapid growth: the advent of personal computing, which led to an explosion in the production of paper documents, and tougher regulations, which have compelled companies to keep those documents for longer periods. The business is based on recurring revenue from long-term customers. In May of 2013, the company’s shares traded at forty dollars, an all-time high. (In recent months, its shares have fallen—partly because of uncertainty over whether the I.R.S. will approve the company’s request to convert itself into a real-estate investment trust, and partly because of the recent departure of its C.F.O., Brian McKeon.)

The regulatory trend seems likely to continue. Sue Trombley, director of consulting at Iron Mountain, described to me the complex “life cycle” that many Iron Mountain records must go through. As a document manager, she said, your goal is to keep documents for as long as you have to, and then to destroy them as soon as you can, both to save on storage costs and to limit the scope of any future legal proceedings. “But it’s not as simple as, ‘You create a record today, and in sixty years you get rid of it,’” she said. “Retention rules are tricky.” Some documents must be kept for a certain number of years after an ongoing business relationship comes to an end. Some current customers plan to keep their records stored for three quarters of a century. Other clients—government agencies that store birth certificates, for example—have no plans to remove their documents.

The technological future, meanwhile, is more uncertain. In the nineteen-thirties, Buckminster Fuller used the term “ephemeralization” to describe one major effect of technology: over time, he thought, productivity would come to depend less on the construction of new physical objects, like factories and equipment, and more on new information, which doesn’t have a permanent, physical footprint. Iron Mountain embodies the opposite of ephemerality. It seems to be everything “the cloud” isn’t. (When I asked Dan O’Neill, the company’s director of corporate communications, to tell me about Iron Mountain’s biggest room, he described a converted airplane hangar in northern New Jersey: “Imagine the length, the height of an airplane hangar that’s floor to ceiling documents. You can’t see to the other end of it.”) The threat posed to Iron Mountain’s business by digital storage is two-fold: it’s not just that digitized documents are physically smaller, but that they can exist in several places at once. In 1997, fires swept through three Iron Mountain facilities in New Jersey; in 2005, they struck warehouses in Ottawa and London. Iron Mountain invested in better fire-protection systems in some of its facilities, but there is always an irreducible risk inherent in the storage of any unique physical object. Digital storage, one imagines, might let companies transcend that risk; in theory, it could reshape Iron Mountain’s business.

And yet even digital storage is still, ultimately, physical. Although it’s a smaller player in the data-center business than firms like SunGard and Digital Realty, Iron Mountain is trying to build up its offerings. And separately, it has, over decades, developed a different area of expertise: the storage of data that doesn’t belong in a data center. After we’d explored the Mountain, Crego and Mesick took me to another underground facility, an old limestone mine located thirty miles south of Germantown, in Rosendale, New York. In a caravan, we drove into a huge man-made cave. The ceilings were high enough to collect their own lacy fog. Four underground buildings were filled with master recordings from Sony Music Entertainment, much of it in the form of two-inch audiotapes. One building held the video archive of World Wrestling Entertainment; nearby, another collection, which focussed on one of New York’s baseball teams, contained around fifty thousand tapes (not just Major League games but farm-team games, too).

Eventually, Crego led me to a collection of shelves specially designed for magnetic data cartridges. It held three hundred thousand cartridges; each one, Crego said, represented a tractor trailer’s worth of paper. In the future, some new storage technology may allow the same vault to hold a thousand times as much data. But who’s to say that its occupant—a Connecticut insurance firm—won’t want to fill that up, too? Among other things, Iron Mountain’s history testifies to a psychological fact: emptiness is irresistible. When people discover empty spaces, they find a way to use them.

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Annus mirabilis-1905 March is a time of transition winter and spring commence their struggle between moments of ice and mud a robin appears heralding the inevitable life stumbling from its slumber it was in such a period of change in 1905 that the House of Physics would see its Newtonian axioms of an ordered universe collapse into a new frontier where the divisions of time and space matter and energy were to blend as rain and wind in a storm that broke loose within the mind of Albert Einstein where Brownian motion danced seen and unseen, a random walk that became his papers marching through science reshaping the very fabric of the universe we have come to know we all share a common ancestor a star long lost in the eons of memory and yet in that commonality nature demands a permutation a perchance genetic roll of the dice which births a new vision lifting us temporarily from the mystery exposing some of the roots to our existence only to raise a plethora of more questions as did the papers of Einstein in 1905